TLE9954QSW4033AUMA1
Infineon TechnologiesTLE9954QSW4033AUMA1 is an Infineon Technologies MOTIX motor-control system-in-package in a PG-LIQFN-58 package, integrating the TLE9954EQW40 motor-control SoC with six OptiMOS 7 power MOSFETs - a complete three-phase BLDC power stage, driver and controller in one device rather than a bare pre-driver. The SoC side runs a 32-bit Arm Cortex-M23 at 40 MHz with 72 KB flash and 6 KB RAM, a three-phase bridge driver, a low-side shunt current-sense amplifier, a 12-bit ADC with up to 16 inputs and a LIN transceiver, on a single 5.5 to 29 V supply. Infineon rates the SiP for BLDC applications up to 150 W at 12 V - pumps and seat drives - with roughly 40% PCB space saving against a discrete build, ISO 26262 ASIL B compliance and TrustZone security, over -40°C to +175°C. Selection advice: Infineon lists this OPN as active and preferred; do not confuse the QSW40-33 SiP with the standalone TLE9954EQW40 SoC ordering variant, which carries no MOSFETs. Parameters verified against Infineon Technologies documentation.
- MPN
- TLE9954QSW4033AUMA1
- Manufacturer
- Infineon Technologies
- Family
- Motor control SiP
- Package
- PG-LIQFN-58
- Manufacturer channel coverage
- Checked by RFQ
- Data last checked
- Commercial check required
- Required order checks
- Suffix, package, date code, lot, source and traceability
Four checks before a commercial offer.
Identity
Exact MPN, manufacturer and suffix
Supply
Supplier type, quantity and freshness
Evidence
Lot, labels, photos and documents
Terms
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Explore more Integrated Circuits records
Browse existing catalog records — same series first, then the same category and manufacturer. These are not confirmed replacements; compatibility requires engineering review.
TLE9954QSW4033AUMA1 FAQ
What should I check before substituting TLE9954QSW4033AUMA1 with another Motor control SiP?
Match the full ordering code, not the series name: package (PG-LIQFN-58), temperature grade and packing all ride on the suffixes. A same-series code in a different package is a different orderable device, so confirm the substitute against the Infineon Technologies datasheet before changing the BOM.